C07. S05. P02 – P16 GypLyner iwl - British Gypsum/...Book/White-Book-C07-S05... · C07. S05. P02...

C07.S05.P02–P16 GypLyneriwl

IncludingC07.S01.P02–P04

Liningsintroduction

Thissectionincludesupdatedinformation,addedsinceitwasfirst

publishedinDecember2015.

Last updated 14/06/2017!

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LiningsThis section contains our wall and roof lining systems, covering all applications, from a basic wallboard lining through to high performance linings designed to meet thermal and sound insulation, fire protection, or impact resistance requirements

C07. S01. P02 0115 945 6123 [email protected]

C07Introdu

ctionLin

ings

Linings

British Gypsum systems provide high quality internal linings. They cater for a variety of wall and roof constructions, including metal frame and traditional masonry. Linings can be fully or partially independent of the structure, or can simply be bonded or plastered directly to a wall surface. These products are used in all types of buildings and are equally suited to both new-build and refurbishment work.

Each system section takes you through the process of selecting an appropriate lining to achieve a high performing, quality finish:

System cavity width (mm)

Performance

Method of fixing to wall System Page

fire

Acoustic Thermal

- - - Direct1 Plaster systems C07. S02. P02

10 - 25 - - Gyproc DriWall Adhesive dabs DriLyner basic C07. S03. P03

10 - 25 - - Gyproc DriWall Adhesive dabs

with Gyproc Nailable PlugsDriLyner tl C07. S03. P04

20 - 25 - - 3

Gypframe MF10 Channels fixed using Gyproc DriWall Adhesive

dabsDriLyner mf C07. S03. P06

2 - 3 - Gyproc Sealant blobs with

Gyproc Nailable Plugs DriLyner rf2 C07. S03. P07

25 - 125 - Gypframe GL2 or GL9 Brackets

mechanically fixedGypLyner universal C07. S04. P02

60 minimum Independent of wall GypLyner iwl C07. S05. P02

- 3 3 Direct screw-fix to timber1 Room-in-the-roof C07. S06. P02

1 Walls and ceilings.2 DriLyner rf system is intended for upgrade purposes.3 Performances not included within this section. Contact the British Gypsum Technical Advice Centre for more information 0844 800 1991.

C07. S01. P03 british-gypsum.com

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Thermal improvement

British Gypsum has a wide range of Gyproc ThermaLine laminate plasterboards to achieve thermal performance for all projects; from basic regulatory requirements to the most stringent, high performance levels. Buildings that have high levels of thermal insulation cost less to run, reduce CO2 emissions and improve occupier comfort.

Acoustic improvement

British Gypsum has a wide range of wall lining systems that offer a number of acoustic performances. Improvements in the acoustic environment of a building can lead to a number of occupant benefits, including enhanced student learning, improved patient recovery, optimised employee productivity and harmonious family living.

Enhancing the built environment

British Gypsum offers a range of systems to deliver rooms and buildings that offer superior levels of living comfort and sustainability.

It is well recognised in the construction industry that there is an issue with buildings not performing as intended when it comes to energy efficiency, often referred to as the 'Performance Gap'. In order to minimise this risk there are two key areas of system design and installation to which particular attention should be paid; airtightness and thermal bridging.

To maximise the performance achieved on site, consider the following good practice specification guidance:

— In order to reduce heat loss via convection currents, it is important to seal the perimeter of the insulating element. To achieve best performance, a continuous fillet / ribbon of Gyproc DriWall Adhesive or Gyproc Sealant should be applied to the wall perimeter and around all services and openings as board fixing proceeds, as per individual system design guidance

— Air leakage through blockwork can be significant, particularly through incomplete mortar joints. Air passing through the wall will take heat energy with it, reducing the thermal efficiency of the wall. A continuous 6mm coat of Gyproc SoundCoat, applied to the face of the masonry prior to the installation of DriLyner systems, will seal hidden air paths often found in mortar joints between blocks or bricks. For improved acoustic performance, the Gyproc SoundCoat should not be trowelled smooth

— Walls must be weathertight and free from dampness before any DriLyner or plaster system can be installed

— It is important to achieve as consistent a level of insulation performance as possible across a building element. Areas with less insulation, known as cold bridges, will be prone to attracting condensation and, as a result could promote mould growth. Consideration should be given to minimising the occurrence of cold bridges, for example by applying thermal laminates to lintels and window reveals

Good practice specification guidance

Table1a–ADL1A

AD L1A - New dwellings ENGLAND WALES

U-value (W/m2K) U-value (W/m2K)

Limiting fabric parameters Concurrent notional dwelling specification

Worst acceptable fabric performance

Elemental specification

Wall 0.30 0.18 0.21 0.18

Party Wall 0.20 0.00 0.20 0.00

0115 945 6123 [email protected] C07. S01. P04

C07Introdu

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Table1b–ADL2A

AD L2A - New buildings other

than dwellings

ENGLAND WALES


Limiting fabric parameters Concurrent notional dwelling specification

Worst acceptable fabric performance

Elemental specification

Wall 0.35 0.26 0.35 0.26

Table2a–ADL1B

Existing dwellings ENGLAND WALES


New thermal elements (including replacements

for existing elements)

Upgrading retained thermal elements

New thermal elements (including replacements for existing elements and non-exempt Conservatories & Porches)

Upgrading retained thermal elements

Wall 0.28 0.30 0.21 0.30

Table2b–ADL2B

Existing buildings other than

dwellings

ENGLAND WALES


New thermal elements (including replacements

for existing elements)

Upgrading retained

thermal elements

New thermal elements (including replacements for existing elements)

Upgrading retained thermal

elementsBuildings essentially domestic in character, e.g. student accommodation,

care homes

All other buildings

Conservatories and Porches

Wall 0.28 0.30 0.21 0.26 0.28 0.30

Table3a–TECHNICALHANDBOOKSECTION6(Domestic)

New buildings SCOTLAND

U-value (W/m2K)

Maximum Notional dwelling, package of measure

Wall 0.22 0.17

Cavity separating wall 0.20 0.00

Table3b–TECHNICALHANDBOOKSECTION6(Non-Domestic)

New buildings SCOTLAND

U-value (W/m2K)

Maximum Notional building

Fully fitted building Shell only Heated and naturally ventilated

Heated and mechanically ventilated / Cooled

Wall 0.27 0.23 0.23 0.20

Table4a–TECHNICALHANDBOOKSECTION6(Domestic)

Existing buildings SCOTLAND

U-value (W/m2K)

Extensions (and conversion of previously unheated buildings) Conversion of heated buildings (and conservatories)

Existing building U-values worse than 0.70 for walls and 0.25 for the roof

Existing building U-values equal/better than 0.70 for walls and 0.25 for the roof

Wall 0.17 0.22 0.30

Table4b–TECHNICALHANDBOOKSECTION6(Non-domestic)

Existing buildings SCOTLAND

U-value (W/m2K)

Extensions (and conversion of previously unheated buildings) Conversion of heated buildings

Wall 0.25 0.30

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GypLyner iwl

Independent wall lining system

All our systems are covered by SpecSure® when using genuine British Gypsum and Saint-Gobain Isover products


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Refer to C01. S01. P07

System can be skim finished with

Thistle PureFinish. Refer to C02. S01. P49

30 90mins

GypLyner iwl

GypLyner iwl independent wall lining is a lightweight, non-loadbearing system, which is built independently of the external wall construction. GypLyner iwl is particularly suitable for buildings where fixing into the background is difficult or not possible. The lining provides fire resistance and acoustic upgrades to structural steel sections clad with lightweight metal sheeting, and can also be used in within new or existing masonry walls to increase sound insulation and meet stringent thermal performance requirements.

Key benefits

— Totally independent from wall with fixings to floor and soffit only, particularly suitable for basements with waterproof tanking

— Any surface irregularities within the external wall construction are completely removed through the totally independent framework

— Services are easily incorporated within the framework with no limitation to the cavity size that can be created

— A wide range of U-values can be achieved to suit project requirements through our extensive selection of Gyproc ThermaLine laminate types and thicknesses

— Minimal thermal bridging due to the use of a totally independent framework

— Provides a high-performance option to achieve enhanced acoustic performance and fire protection to steel, in one lining solution

Rw

dB

59 61

W/m2K

0.35 0.16

You may also be interested in...

ShaftWall If you require fire resistance greater than 90 minutes and/or fire resistance in both directions.

Refer to C05. S02. P02 – ShaftWall.


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GypLyner iwl performance

Table 1a - GypLyner iwl maximum heights1 for Gypframe ‘I’ Studs at 600mm centres

Stud type 12.5mm boards

maximum heights

15mm boards

maximum heights

Gyproc ThermaLine

laminates

single

mm

double

mm

single

mm

double

mm

single

mm

Gypframe 48 I 50 2400 2700 2400 2800 2400

Gypframe 60 I 50 2400 3000 2700 3300 2400

Gypframe 60 I 70 3000 3600 3300 3900 3000

Gypframe 70 I 70 3600 4200 3900 4300 3600

Gypframe 92 I 90 5100 5700 5400 5800 5100

Gypframe 146 I 80 6900 7200 7200 7500 6900

For further assistance in choosing the right solution for your project, try the White Book System Selector; an online tool that enables quick and

easy filtering by performance criteria. It provides system specific information downloads including BIM (Revit) objects. Go to british-gypsum.com

1 Based on a limiting deflection of L/240 at 200 Pa.

For heights below 4200mm the appropriate Gypframe Folded Edge Standard Floor and Ceiling Channel (FEC) can be used. For heights between 4200mm

and 8000mm, Gypframe Deep Flange Floor and Ceiling Channel (DC) should be used (subject to deflection criteria). For heights above 8000mm,

Gypframe Extra Deep Flange Floor and Ceiling Channel (EDC) should be used (subject to deflection criteria).

Table 1b - GypLyner iwl maximum heights1 for Gypframe ‘I’ Studs at 300mm centres

Stud type 12.5mm boards

maximum heights

15mm boards

maximum heights

Gyproc ThermaLine

laminates

single

mm

double

mm

single

mm

double

mm

single

mm

Gypframe 48 I 50 3000 3400 3000 3600 3000

Gypframe 60 I 50 3000 3800 3400 4300 3000

Gypframe 60 I 70 3800 4500 4200 4900 3800

Gypframe 70 I 70 4500 5200 4900 5500 4500

Gypframe 92 I 90 6400 7100 6800 7200 6400

Gypframe 146 I 80 8700 9000 9100 9500 8700


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Detail Board type2 Lining

thickness

mm

Duty

rating

System reference

Fire resistance - 30 minutes integrity4: 30 insulation3 4

1 Gyproc WallBoard 2 x 12.5 Severe B216003

1 Gyproc SoundBloc 2 x 12.5 Severe B216003

1 Gyproc WallBoard 2 x 15 Severe B216004

1 Gyproc SoundBloc 2 x 15 Severe B216004


1 Gyproc FireLine 1 x 12.5 Medium B216025

1 Gyproc FireLine 1 x 15 Heavy B216026


1 Gyproc FireLine 2 x 12.5 Severe B216027

1 Gyproc FireLine 2 x 15 Severe B216028

GypLyner iwl fire performance

Linings to steel clad external walls1

1



1 The fire resistances apply to external walls, whose construction incorporates structural steel sections with a profiled steel cladding, when the inside of the wall

is exposed to fire.2 For improved durability and impact resistance, the outer layer of board can be replaced with a layer of Gyproc DuraLine.3 Where the external wall is more than 1m from the boundary, Building Regulations allow relaxation of the provision for insulation to 15 minutes in certain

circumstances.4 The figures quoted relate to the complete wall structure including the external cladding. The lining also offers fire protection to steel columns from the lining

side, subject to A/V (Hp/A) factor. Refer to table 3.

The fire resistance and sound insulation performances are for imperforate partitions, walls and ceilings incorporating boards with all joints taped and

filled, or skimmed according to British Gypsum’s recommendations. The quoted performance (from the underside to the ceiling plenum only) are achieved only

if British Gypsum and Saint-Gobain Isover components are used throughout, and the company’s fixing recommendations are strictly observed. Any variation in

the specification should be checked with British Gypsum.

Table 2 - Solutions to satisfy the requirements of BS EN 1364-1: 1999 and BS 476: Part 22: 1987

Board linings to one side of Gypframe ‘I’ Stud framework

and 50mm Isover Steel Frame Infill Batts, forming an

independent lining to structural steel columns, in association

with external steel cladding (0.6mm). Linings as in table.

For details of when

to specify fire

resistance using EN / BS



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Board type Lining thickness

mm

Fire protection

mins

Section factor1

A/V (Hp/A)m-1

Gyproc FireLine 1 x 12.5 30 Up to 300

Gyproc DuraLine 1 x 15 30 Up to 300

Gyproc WallBoard or Gyproc SoundBloc 2 x 12.5 30 Up to 300

Gyproc FireLine 1 x 12.5 60 Up to 165 (BS only)

Gyproc FireLine 2 x 12.5 60 Up to 300

Gyproc SoundBloc 2 x 15 60 Up to 300

Gyproc FireLine 2 x 12.5 90 Up to 200 (BS only)

Gyproc FireLine or Gyproc DuraLine 2 x 15 90 Up to 300

GypLyner iwl fire performance (continued)

Fire protection of structural steel



1 Based on four-sided exposure. Protection is afforded to universal column sections as described in BS 4: Part 1. Based on critical temperature 550°C (information

on other critical temperatures is available). A 10mm air gap is required between the back of the board and the face of the structural steel.




the specification should be checked with British Gypsum.

Table 3 - Solutions to satisfy the requirements of DD ENV 13381-2: 2002 and BS 476: Part 21: 1987

For details of when

to specify fire

resistance using EN / BS


You may also be interested in...

If you require steel sections to the encased individually the following options are available:

GypLyner encase For protection to structural steel for up to 180 minutes. Refer to C03. S03. P02 – GypLyner encase

FireCaseFor frameless protection to structural steel for up to 120 minutes.

Refer to C03. S02. P02 – FireCase


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GypLyner iwl acoustic performance

Linings for sound and thermal insulation

Solid brick wall (103mm) of density 1700kg/m3 with

single or double layer board to one side of

Gypframe ‘I’ Stud framework and 50mm Isover Steel

Frame Infill Batts forming an independent lining.

Linings as in table.

1



1 The fire resistance quoted is that provided by the masonry wall without contribution from the lining.2 Existing solid masonry wall of density 1700kg/m3 achieving R

w 45dB prior to lining, and with a 10mm cavity between masonry and back of metal framing.




the specification should be checked with British Gypsum Technical Advice Centre.

Detail Board type Lining

thickness

mm

Sound

insulation2

Rw

(Rw

+ Ctr)

Duty

rating

Approx.

weight

kg/m²

System

reference

30 minutes fire resistance1

1 Gyproc WallBoard 1 x 12.5 59 (51) Medium 11 B216001

1 Gyproc WallBoard 1 x 15 59 (51) Medium 13 B216002

1 Gyproc WallBoard 2 x 12.5 61 (54) Severe 20 B216031

1 Gyproc WallBoard 2 x 15 61 (54) Severe 23 B216033

Table 4 - Solutions to satisfy requirements of BS 476: Part 21: 1987

For details of when

to specify fire

resistance using BS


External cladding Board type Lining

thickness

Isover Steel Frame Infill Batts U-value

W/m2k

(minimum) mm

Curtain walling /

concrete cladding /

panels / brickwork /

blockwork, etc

Gyproc ThermaLine pir 53 50mm (with Gypframe 48 I 50 ‘I’ Studs) 0.35

Gyproc ThermaLine super 50 50mm (with Gypframe 48 I 50 ‘I’ Studs) 0.34









Gyproc ThermaLine super 80 2 x 75mm (with Gypframe 146 I 80 ‘I’ Studs) 0.17

Gyproc ThermaLine super 90 2 x 75mm (with Gypframe 146 I 80 ‘I’ Studs) 0.16

For U-value calculations tailored to your project, try the online tool at british-gypsum.com

Table 5 - GypLyner iwl U-values for external claddings with linings / insulation combinations - based on well vented external cladding cavity


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Building design

Whilst GypLyner iwl lining systems are non-loadbearing, they are

able to provide resistance to levels of horizontal non-uniformly

distributed loads.

Refer to C02. S01. P26 – Robustness.

Planning - key factors

GypLyner iwl comprises of Gypframe ‘I’ Studs installed at 600mm

centres within Gypframe Floor & Ceiling Channels to receive board

to one side. The position of services should be pre-determined

and their installation planned into the frame erection stage. It is

important that all parts of the lining system, including the thermal

insulation, should remain independent of the external walling. The

lining is erected with the external walling in place and the windows

and doors fixed.

Extended heights

Where the wall height exceeds the available length of the

Gypframe ‘I’ Stud, sections of stud can be spliced together to the

required length using 600mm lengths of the appropriate floor and

ceiling channel, fixed with four British Gypsum Wafer Head Drywall

Screws in each flange to each side.

Refer to construction detail 2.

Where greater heights than listed in table 1a and 1b are required, it

may be possible to brace the lining back to the structure. Note that

the system is non-loadbearing and should not be used to provide

lateral restraint to masonry or other external wall constructions.

Junction with a suspended ceiling

Where a GypLyner iwl system is to be fixed to the framework

of a CasoLine mf ceiling, in accordance with British Gypsum’s

installation instructions, it’s permissible maximum height is

equal to that of where it is fixed direct to a structural soffit of

the same height.

In situations where a GypLyner iwl system passes through

a CasoLine mf ceiling, which is to one side of the lining and

appropriately fixed to both this lining and perimeter partitions /

walls, consideration can be given to the lateral restraint provided by

the ceiling when developing the lining specification.

The relevant maximum height is the greater of the floor to

CasoLine mf ceiling or ceiling to structural soffit height. Care should

be taken during installation of tall linings so as to not adversely

affect their performance.

Acoustic performance

GypLyner iwl can be used as an independent lining to improve the

sound insulation of new or existing masonry walls. Acoustic testing

on a basic masonry wall construction achieving Rw

45dB sound

insulation gave a 14dB improvement when the wall was lined with

GypLyner iwl. A 16dB improvement was achieved with a double

layer lining incorporating Isover insulation. Refer to table 4. Careful

detailing is required at junctions with sound insulating partitions in

order to maintain acoustic performance.

Refer to construction detail 6.

Cavity fire barriers

Cavity fire barriers should be included where necessary. If both

sides of the cavity are formed by non-combustible or Class 0

materials, barriers are necessary only every 20m. The nature of the

barrier and its fixing should not detract from the general

performance of the wall.

Fixing floor and ceiling channels

Gypframe Floor & Ceiling Channels must be securely fixed with a

row of fixings at 600mm maximum centres. For 94mm and 148mm

channels, two rows of staggered fixings are required, each row at

600mm centres and each fixing 25mm in from the flange. If the

floor is uneven, a 38mm thick timber sole plate equal to the width

of the channel should be used.

If the concrete or screeded floor is new, consideration should be

given to the installation of a damp-proof membrane between the

floor surface and the channel or sole plate.

GypLyner iwl design

Important information

Walls must be free from damp before the GypLyner iwl system can be installed.

Handy hint

A continuous coat of 6mm Gyproc Soundcoat Plus, applied to the face of the masonry prior to the installation of DriLyner systems, will seal hidden air paths often found in mortar joints between blocks or bricks. For improved acoustic performance, the Gyproc Soundcoat Plus should not be trowelled smooth.

Important information

The inclusion of control joints should be considered.

Refer to C02. S01. P30 – Robustness, and construction details 7-8 within this section.


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Deflection heads

The system can accommodate deflection at the head with suitable

detailing incorporating Gypframe Deep Flange or Extra Deep Flange

Floor & Ceiling Channels.

Refer to C02. S01. P10 and C07. S05. P09 – construction detail 4.

Damp or rain penetration

In refurbishment projects, where damp or rain penetration may

exist, normal corrective measures, such as a new damp course,

tanking, or external wall coating, must be taken prior to the

installation of the dry internal lining. The cavity between the

external wall and the lining system could be drained and ventilated

to the outside.

Thermal performance

Uncontrolled air movement through the drylining cavity can result

in excessive heat loss from the building. This can be reduced in

practice if the abutting elements and the background are well

fitted, and junctions are sealed. The designer should also specify

a method of restricting air movement around the perimeter of

suspended timber floors, such as the provision of a flexible seal

between the floor and walls.

Condensation and water vapour resistance

Gyproc WallBoard duplex and some Gyproc ThermaLine laminates

offer significant resistance to water vapour transmission.

The application of two coats of Gyproc Drywall Sealer to

Gyproc WallBoard, Gyproc Moisture Resistant or

Gyproc ThermaLine basic after installation and jointing provides a

water vapour resistance of at least 15MNs/g.

The use of Gyproc WallBoard duplex or Gyproc ThermaLine laminates

with integral vapour control, or supplemented with a vapour

control layer treatment such as two coats of Gyproc Drywall Sealer,

significantly reduces the risk of interstitial condensation.

It is important, particularly in new buildings, that external walls

are properly dried out before a vapour control layer is provided,

otherwise moisture may be trapped, impairing the performance of

the construction.

Solid masonry wall - internal insulation

We reference to the use of Hygrothermal properties of buildings

components within modelling software, and in compliance with BE

EN 5250 (August 2016), we now recommend specialist guidance

to be obtained prior to commencing the installation of internal

insulation to solid masonry walls in order to determine the effects

of condensation and moisture within the building fabric. This

area of expertise is documented within BS 5250 ‘Code of practice

for the control of condensation of building components and

building elements - Assessment of moisture transfer by numerical

simulation.’

GypLyner iwl design (continued)

Insulation

Isover Steel Frame Infill Batts are inserted to a friction-fit within the

stud cavity. The slabs are self-supporting, receiving internal support

from the stud flanges, except where 50mm insulation is fitted

into Gypframe 92 I 90 or 146 I 80 ‘I’ Studs. In this case, a 150mm x

50mm strip of Isover Steel Frame Infill Batts is inserted to retain the

slab. With Gypframe 146 I 80 ‘I’ Stud, two strips of insulation should

be inserted to retain the slab.

Services

The stud cut-outs can be used for services provided that the

Isover insulation remains in place. The positioning of stud cut-outs

is shown in construction detail 1.

Surface mounted services should be located against the

plasterboard lining, and fixed through the lining to the stud

framework. Any interruptions in the lining integrity will downgrade

its performance. The installation of electrical services should be

carried out in accordance with BS 7671.

Fixtures

Lightweight fixtures can be made directly to the partition linings.

Medium weight fixtures can be made to Gypframe 99 FC 50 Fixing

Channel. Heavyweight fixtures (to BS 5234), such as wash basins

and wall cupboards, can be fixed using plywood secured with

Gypframe Service Support Plates.

Refer to C02. S01. P33 – Service installations.

Board finishing

Refer to C08. S01. P02 – Finishes.

Tiling

Tiles up to 32kg/m2 can be applied to the surface of lightweight

wall lining systems. For further details on tiling guidance:

Refer to C08. S04. P02 – Tiling.

SpecSure®

All our systems are covered by SpecSure® when using genuine British Gypsum and Saint-Gobain Isover products.


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GypLyner iwl construction details

1

1 Gyproc plasterboard

2 Gypframe ‘I’ Stud

3 Isover Insulation

4 Gypframe Folded Edge Standard Floor & Ceiling Channel

5 Gyproc Sealant

6 Bulk fill with Gyproc jointing materials (where gap exceeds 5mm)

7 Skirting

8 Wall structure

9 Suitable size angle brace by others

10 Gypframe GFS1 Fixing Strap

11 Gypframe 72 DC 60 Deep Flange Floor & Ceiling Channel

12 Glasroc F firecase

13 Gyproc FireStrip

2

Service cut-outs - Gypframe ‘C’ Studs and Gypframe ‘I’ Studs

2

9

Gypframe ‘I’ Stud / splicing and bracing

8

5

3

2

3

Head and base

1

75mm

38mm 38mm

75mm

30mm 38mm

Centresat

600mm thereafter

1479mm

146mm

Stud

75mm

879mm

92mm

Stud

60mm

Stud

48mm

Stud

70mm

Stud

75mm 75mm

38mm

279mm

4

7

4

4

5

6

600m

m

300m

m30

0mm

10

5

25mm deflection head

11

3

12

2

1

13

25m

m

30m

m

25m

m

stu

d to

p

4


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GypLyner iwl construction details (continued)

6

24

5



3 Gypframe ‘C’ Stud

4 Isover insulation

5 Wall structure

6 Gypframe GA5 Internal Fixing Angle

7 Gypframe Control Joint

8 Stone mineral wool

6

7

Partition junction

6

2

3

Partition junction to optimise acoustic performance and reduce flanking transmission

5

4

1

5

2

4

1

8

Gyproc control joint - single board Gyproc control joint - double board

7

5

8

4

1

2

7

5

8

4

1

2


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GypLyner iwl construction details (continued)

9



3 Gypframe ‘C’ Stud

4 Isover Insulation

5 Wall structure

6 Steel column

7 Gyproc Sealant

Lining around steel column

4

6

3

1

3

5

2

7


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Gypframe metal components ( Refer to section C10. S02. P02 for details)

Gypframe ‘I’ Studs (48 I 50, 60 I 50, 60 I 70,

70 I 70, 92 I 90, 146 I 80)

Enhanced strength stud that allows for lining

height, without increasing lining width. Designed

to receive fixing of board to one side only.

Gypframe 99 FC 50 Fixing Channel

A versatile metal fixing channel used to support

medium weight fixtures on walls.

Gypframe ‘C’ Studs (48 S 50, 60 S 50, 70 S 50,

92 S 50, 146 S 50)

Vertical stud providing acoustic and structural

performances designed to receive

fixing of board. Used at openings and abutments.

Gypframe GFS1 Fixing Strap

Used to support horizontal board joints.

Gypframe Folded Edge Standard Floor & Ceiling

Channels (50 FEC 50, 62 FEC 50, 72 FEC 50,

94 FEC 50, 148 FEC 50)Standard floor and ceiling channels for retaining the Gypframe studs at floor and ceiling junctions and around openings to heights not exceeding 4200mm.

Gypframe GFT1 Fixing T

Used to support horizontal board joints. Best

suited for single board solutions.

Gypframe Deep Flange Floor & Ceiling Channels

(50 DC 60, 62 DC 60, 72 DC 60, 94 DC 60,

148 DC 60)Floor and ceiling channels with deep flanges for retaining the Gypframe studs at floor and ceiling junctions for partitions 4200mm to 8000mm high. Also used around openings and in deflection heads (maximum 30mm deflection).

Gypframe GA5 Internal Fixing Angle

Steel angle providing framing stability and

board support.

Gypframe Extra Deep Flange Floor & Ceiling

Channels (50 EDC 70, 72 EDC 80, 94 EDC 70,

148 EDC 80)

Floor and ceiling channels with extra deep flanges

for retaining the Gypframe studs at floor and

ceiling junctions for partitions over 8000mm high.

Also used around openings and in deflection heads

(maximum 50mm deflection).

Gypframe Service Support Plate

For installation of 18mm plywood within

a partition cavity to support medium to

heavyweight fixtures.

GypLyner iwl system components


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Board products ( Refer to section C10. S03. P02 for details)

Gyproc WallBoard1 2

Standard gypsum plasterboard.Gyproc ThermaLine pir

Gypsum plasterboard bonded to a

polyisocyanurate foam insulant with integral

vapour control layers for an advanced level of

thermal insulation.

Gyproc FireLine1 2

Gypsum plasterboard with fire resistant additives.

Gyproc ThermaLine super

Gypsum plasterboard bonded to a phenolic foam insulant with an integral vapour control layer for an enhanced level of thermal insulation.

Gyproc SoundBloc1

Gypsum plasterboard with a high density core for

enhanced sound insulation performance.

Glasroc H tilebacker3

Non-combustible glass-reinforced gypsum board

with a water resistant pre-primed acrylic coating

to receive tiling.

Gyproc DuraLine1

Gypsum plasterboard with fire resistant additives

and a high density core for enhanced sound

insulation and impact resistance performance.

Glasroc F firecase

Non-combustible glass-reinforced gypsum board.

Used to form deflection head.

Fixing products ( Refer to section C10. S04. P02 for details)

British Gypsum Drywall Screws

Corrosion resistant self-tapping steel screws

for fixing board to metal framing less than

0.8mm thick (‘I’ studs less than 0.6mm thick).

British Gypsum Collated Drywall Screws


for fixing board to metal framing less than


British Gypsum Jack-Point Screws

For fixing boards to Gypframe metal framing

0.8mm thick or greater (‘I’ studs 0.6mm thick and

greater).

British Gypsum Wafer Head Drywall Screws


for fixing metal to metal framing less than


British Gypsum Wafer Head Jack-Point Screws


for fixing metal to metal framing 0.8mm thick

or greater (‘I’ studs 0.6mm thick and greater).

GypLyner iwl system components (continued)

1 Also available in Moisture Resistant (mr) version. mr boards are specified in intermittent wet use areas. 2 Also available in duplex grades where vapour control is required.3 Glasroc H tilebacker is suitable for use in high moisture environments.


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Plasterboard accessories ( Refer to section C10. S05. P02 for details)

Gyproc Sealant

Used to seal air paths for optimum sound

insulation.

Gyproc Control Joint

To accommodate structural movement of up

to 7mm.

Gyproc Jointing Material

Jointing compounds, ready mixes and adhesives

for reinforcement and finishing of board joints.

Primer and sealers for treatment of boards for

pre-decoration.

Gyproc FireStrip

A soft extruded linear intumescent gap sealer

to maintain fire resistance located directly to

the underside of the soffit when forming a

deflection head.

Gyproc edge and angle beads

Protecting and enhancing board edges and corners.

Gyproc Joint Tape

A paper tape designed for reinforcement of flat

joints or internal angles.

Finishing products ( Refer to section C10. S06. P02 for details)

Thistle MultiFinish

To provide a plaster skim finish on most common

backgrounds including undercoat plasters and

plasterboard.

Thistle SprayFinish

To provide a plaster skim finish by spray or hand

application, ideal for medium to large projects.

Thistle BoardFinish

To provide a plaster skim finish to

Gyproc plasterboards.

Thistle Magnetic Plaster

To provide a plaster skim finish that provides an

attraction to magnets used to finish a wide range

of backgrounds, including undercoat plasters and

plasterboard.

Thistle PureFinish

To provide a plaster skim finish with

ACTIVair technology. Used to finish most

common backgrounds including undercoat plasters

and plasterboard. For more information refer to

C02. S01. P49.

Thistle DuraFinish

To provide a plaster skim finish and provide up to

60% tougher resistance to accidental damage.

Thistle ProTape FT50 and FT100

Self-adhesive glass fibre mesh tapes for joint

reinforcement.

Insulation products ( Refer to section C10. S09. P08 for details)

Isover Steel Frame Infill Batts

Glass mineral wool for enhanced acoustic and

thermal performance.

Decorative products ( Refer to section C10. S07. P02 for details)

Gyproc Styletrims

Primed, pre-formed aluminium trims for design

effects with plasterboard.

GypLyner iwl system components (continued)


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GypLyner iwl installation overview

Additional information

For full installation details, refer to the British Gypsum Site Book, available to download from british-gypsum.com

This is intended to be a basic description of how the system is built.

For detailed installation guidance refer to the British Gypsum Site Book.

Gypframe Floor & Ceiling Channels are

suitably fixed to the floor and soffit.

Gypframe ‘C’ Studs are suitably fixed to

openings and abutments.

Gypframe ‘I’ Studs are friction-fitted

vertically at the required centres within the

channel sections to form the framework.

Additional framing is installed as required

to support heavy fixtures.

The perimeter of each frame is then sealed

with Gyproc Sealant.

If specified, Isover insulation is fitted

between studs. Electrical and other services

are normally installed at the frame erection

stage. Horizontal runs are fixed to the

background or can be routed through

cut-outs in the studs.

Gypframe 99 FC 50 Fixing Channel can be

installed between studs to support recessed

switch boxes / socket outlets.

Boards are screw-fixed to framing members

to form the lining. Horizontal board joints

should be backed with Gypframe GFS1

Fixing Strap or Gypframe GFT1 Fixing ‘T’.

Scan the image with this frame

for more information and

videos related to this system

Or visit gyp.sm/b/lc


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